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While there is an ongoing debate that robots play a crucial role in the future development of humans, others think differently, saying that they have detrimental impacts on society. From my perspective, I agree with the previous viewpoint for several reasons.

Admittedly, there are justifiable reasons to believe that autonomous robots pose substantial risk and negative consequences for society. Chief among these is that robots increasingly replace human labour in various industries. This can be exemplified that robots are cost-effective and they require only energy rather than salary, they can work precisely in many sectors, such as manufacturing, medical, and space, thereby inclining to substitute for human workers with machines. As a result, employees may lose their jobs in these repetitive fields and increase societal inequality. For example, in Japan’s retail industry, the growing use of self-checkout undertakes the role of cashiers in many convenient stores. Added to this is that the widespread adoption of robots in education can hinder students’ social and emotional development. This is since robotic devices are unable to provide genuine empathy, emotional support, or meaningful interpersonal interaction. Therefore, excessive adoption may weaken students’ skills, such as communication skill, language skill, and ability to collaborate effectively with others. Nevertheless, this line of reasoning is not sound because automatic machines are designed to complement rather than replace humans entirely.

However, there are more compelling reasons to argue that robots bring advantageous impacts for society. One key reason is that their ability can enhance operation efficiency and productivity, particularly in the manufacturing sector. The underlying reason for this is automation can perform repetitive tasks consistently without fatigue or loss of accuracy, thus enabling factories to produce a greater volume of goods within a shorter period. This can be seen clearly in companies like Coca-Cola, where autonomous robots are utilized on their assembly lines to improve productivity and ensure high-quality standards. Moreover, robotic machines play an indispensable role in environments that are inaccessible or hazardous to humans. This is because in industries involving toxic chemicals, deep-sea exploration, or space missions, robots can be in charge of high-risk tasks without endangering human lives and enhance the quality of research. Consequently, their development not only minimizes workplace accidents and fatalities but also facilitates scientific breakthroughs and industrial progress in environments beyond human capabilities.

In conclusion, while robots can give rise to potential drawbacks like replacing human labour and affecting student’s emotional development, I do believe that robotic enhancement is essential for long-term development and improving the quality of human life.